Fish farmer, Uthan Chuat purchased Infinitum Desulfators from us to optimize the fourteen 12V Deep Cycle batteries in his solar powered battery bank used in his fish farm off the shores of Malaysia. The fish farm which also doubles up as his home, is completely off-grid being powered solely by the sun. Being close to the equator provides good sun all year round with only cloudy days being the exception.
Desulfators are used here to optimize the lifespan of the batteries. The lifespan of the batteries are also optimized from the relatively cooler conditions being above the water despite of the warmer climate in the tropics.
All fourteen of Uthan's 12V batteries are setup in parallel in this 12V solar installation. The charge controller maintains the charge at above 13V which is more than sufficient to keep the desulfators working as long as there is sunlight. Below is a picturesque view of his floating fish farm.
A customer from Philippines sent us images of his desulfator installation to optimize the performance and lifespan of his solar battery bank made up of 40 12V sealed lead acid batteries. He purchased ten 12V Infinitum Desulfators to achieve this purpose. In this 48V solar battery bank system, there are 4 rows of 10 12V batteries connected in parallel. Each row of 10 batteries are maintained and optimized by a couple of 12V Infinitum Desulfators. For the best results however, we recommend using one desulfator for each 12V battery or a cost effective alternative where one desulfator is shared among one or three batteries on a rotation basis of 2 weeks or 1 month.
All solar batteries degenerate in performance and lifespan from a process called sulfation. Sulfation is a build up of an insulating layer of spongy sulfate crystals which occurs whenever a battery discharges. The live of the battery or active material become lodged in an unusable crystalline form. The process reverses whenever the batteries are charged. However since the amount of time where a battery is discharging is higher than when it is charged, over time the sulfate crystals harden and cannot return as active material even with charging.
A customer from Canada, Joseph Wong, recently sent us images of his installation of four 24V Infinitum Desulfators on his 24V solar battery bank made up of eight 12V batteries. We see here four parallel rows of two 12V batteries in series. One 24V desulfator is installed on each two 12V batteries in series.
Below is the image of the actual installation, an illustration of that installation, an example of a 48V battery bank setup with 24V Infinitum Desulfators as well as a snapshot of his comment on this article in which he mentioned that there was an apparent improvement after using the desulfators for three weeks.
Gallery of Jeff's Solar Setup
Tamz left this testimonial on Facebook of how he managed to recover his solar batteries that were no longer able to accept a charge. In the image you would note how he has hooked up the 24V Infinitum Desulfator in parallel with two 12V batteries that are hooked up to make up 24V.
The testimonial is a mix of Filipino and English. Below is the translation:
Mike from Philippines successfully revived his solar batteries which at 4-years-old began to show a significant drop in performance. Mike placed the desulfator into action having promptly received his order. Here is the English translation from the Facebook testimonial he posted:
Below is the image clip of his post (We're no longer able to share the actual post due to the privacy settings in the Facebook group. However, member of the group will be able to view the post here.
Note from Infinitum:
We received an update on our Google Plus page from Keith van Dijk today on how well our desulfators are performing as an integral part of his solar setup.
Keith made his first purchase of four 24V Infinitum Desulfators in August 2013. He purchased them for A$280 instead of the A$600 he mentioned here. We can't fault him here as he purchased them quite long ago. The amount he paid for the solar battery banks came up to A$12,000. With a modest assumption that the lifespan is doubled from the many testimonials we've received, the ROI (return on investment) for the $280 spent is a whopping 4,186%!
Click on the comment icon in the embedded Google Plus window here to read his update or scroll down to the copy from the same comment he made.
We received an order for 100 12V Infinitum Desulfators for yet another solar street light installation in Papua, Indonesia. In the first Papua solar street light project spanning a period of one year from June 2012, 800 solar street lights were installed in several towns in this easternmost part of Indonesia. Each street light was powered by a 12V 100AH battery with a our desulfators installed.
Following on the success of the initial projects, the Indonesian government decided to extend the use of this form of street lighting made even more eco-friendly by the optimized battery life span, to Manokwari, the capitol city of the province of West Papua. With an initial installation of 100 street lights, this city is headed towards a greener and cleaner environment, essential to its tourist-driven economy.
"I revived my 5 year old portable Century Jumper 850 jump starter battery with the Infinitum battery desulfator. I am so convinced that I am also using it on my deep cycle solar batteries"
Floral Park, New York, United States
Note from Infinitum:
Wai Tam managed to revive his 5 year old sealed lead acid battery located inside the Century 850 Jump Starter with the Infinitum Desulfator. After charging the battery for 5 to 6 hours over 2 to 3 times he left the battery for a week to discover then that the battery had successfully been revived being able to hold its charge.
As a battery sulfates its capacity to hold a charge drops. You will note this from the quick drop in voltage despite of a full charge.
The good news is, with the Infinitum Desulfator, Wai Tam successfully reversed the destructive process of sulfation and optimized the health of the battery. Watch the video below:
DOUBLE YOUR BATTERY LIFESPAN